山东煤炭科技
山東煤炭科技
산동매탄과기
Shandong Coal Science and Technology
2014年
12期
137-138,140
,共3页
截齿%激光熔覆%半导体激光器
截齒%激光鎔覆%半導體激光器
절치%격광용복%반도체격광기
cutting tooth%laser cladding%semiconductor laser
针对矿用截齿过快磨损失效问题，该文提出利用激光熔覆技术对截齿进行表面修复，概述了激光熔覆技术的原理、方法及特点，归纳了半导体激光器在激光熔覆应用中不可替代的优势，分析了激光输出功率等重要参数对激光熔覆质量的影响，为开展截齿可靠性研究及其推广应用提供了丰富的理论依据。
針對礦用截齒過快磨損失效問題，該文提齣利用激光鎔覆技術對截齒進行錶麵脩複，概述瞭激光鎔覆技術的原理、方法及特點，歸納瞭半導體激光器在激光鎔覆應用中不可替代的優勢，分析瞭激光輸齣功率等重要參數對激光鎔覆質量的影響，為開展截齒可靠性研究及其推廣應用提供瞭豐富的理論依據。
침대광용절치과쾌마손실효문제，해문제출이용격광용복기술대절치진행표면수복，개술료격광용복기술적원리、방법급특점，귀납료반도체격광기재격광용복응용중불가체대적우세，분석료격광수출공솔등중요삼수대격광용복질량적영향，위개전절치가고성연구급기추엄응용제공료봉부적이론의거。
To solve the excessive wear failure problem of mine picks, this paper proposed the laser cladding technology for surface restoration. We outlined the principles, methods and characteristics of the laser cladding technology, and summarized the irreplaceable advantages in laser cladding applications. In addition, the effect of important parameters such as laser output power on the laser cladding quality was discussed, which provided a rich theoretical basis.for promoting the reliability study and the application of picks.
